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Keywords
(14)
Air Velocity
Control System
Distributed Sensor Network
Energy Consumption
Gas Sensor
Home Automation
Indoor Air Quality
Indoor Climate
Monitoring and Control
Room Temperature
Smart Home
Smart Sensor
Thermal Comfort
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Distributed smart sensor system for indoor climate monitoring
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Distributed smart sensor system for indoor climate monitoring
(
Citations: 3
)
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B. Ivanov
,
O. Zhelondz
,
H. Ruser
Summary An important goal of
smart home
automation is to improve the user's comfort and security along with a reduced overall energy consumption. A core element of this strategy is an automated decentralised
indoor climate
control system. The subjective perception of
indoor air quality
and
thermal comfort
in rooms is influenced by a large number of different physical parameters, the most important being the mean air room temperature, the relative air humidity, the mean air velocity, and the CO2 concentration. For a comprehensive
indoor climate
monitoring and control
system, multi-gas sensor arrays and person detection sensors are required. In the paper, the features of a flexible KNX based distributed sensor network, including stationary multi-gas sensor modules and wearable wireless devices, is described. Important issues for
smart sensor
design like self-monitoring, plausibility check and model- based self-calibration abilities have been especially devoted to. An outlook for a perspective sensor miniaturization is given.
Published in 2002.
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(
forschung.unibw-muenchen.de
)
Citation Context
(2)
...In [
7
], an automated decentralized indoor climate control system is presented, including stationary wired multi-gas sensor modules and wearable wireless devices...
Vana Jelicic
,
et al.
Design, characterization and management of a wireless sensor network f...
...Distributed sensor networks have been employed in attempts to assess comfort by measuring PMV values in realtime [
17
] [18] [19], but these involve cumbersome hardware, invasive systems, or have limited accuracy...
Mark Feldmeier
,
et al.
Personalized HVAC control system
References
(4)
Environmental gas sensors
(
Citations: 48
)
Duk-Dong Lee
,
Dae-Sik Lee
Journal:
IEEE Sensors Journal - IEEE SENS J
, vol. 1, no. 3, pp. 214-224, 2001
Concept and realisation of an EIB based automated room climate control
(
Citations: 8
)
D. Jelondz
,
K. Spasokukotskiy
,
H. Ruser
Published in 2001.
PARAMETER IDENTIFICATION FOR THE CONTROL OF THERMAL COMFORT
(
Citations: 5
)
Konstantyn Spasokukotskiy
,
Ralf Grassnick
,
Michael Horn
Presence detection and person identification in Smart Homes
(
Citations: 7
)
B. Ivanov
,
H. Ruser
,
M. Kellner
Order by:
Citations
(3)
Design, characterization and management of a wireless sensor network for smart gas monitoring
Vana Jelicic
,
Michele Magno
,
Giacomo Paci
,
Davide Brunelli
,
Luca Benini
Conference:
International Workshop on Advances in Sensors and Interface - IWASI
, 2011
Personalized HVAC control system
(
Citations: 1
)
Mark Feldmeier
,
Joseph A. Paradiso
Conference:
The Internet of Things - IOT
, 2010
Innovative Mikroaktorik Mikroaktorik in der Gebäudetechnik in der Gebäudetechnik
D. Pawelczak